Deep sea culture ship

Abstract

The invention relates to a deep sea culture ship. The deep sea culture ship is a wide and flat culture ship; a plurality of culture cabins are arranged in an inner cabin of the wide and flat culture ship; each culture cabin is of a regular hexagon structure enclosed by groove-shaped cabin walls; and the culture cabins are connected with one another and are arranged in a honeycomb shape. According to the structural design scheme of the deep sea culture ship, the deep sea culture ship is a wide and flat ship; the depth of the ship is small, the freeboard of the ship is small, and therefore, berthing and transferring of the ship are facilitated; in addition, the small depth is beneficial to the strength of groove-shaped bulkheads, meanwhile, the culture cabins define the regular hexagons through the groove-shaped bulkheads, and compared with existing quadrilateral culture cabins, the cabins can form fluid movement speeds in more directions during movement, fish growth is facilitated; no other cabins or cabin walls exist between the culture cabins, so that stress is greatly optimized, the weight is greatly reduced; and cabin arrangement is more compact, and the space utilization rate is high.

Description

technical field [0001] The invention relates to a breeding ship, which can be used in deep sea or shallow sea, in particular to a ship shape and cabin layout of the breeding ship. Background technique [0002] Considering multi-chamber sub-compartment farming, the conventional breeding ship type needs to arrange more breeding cabins, and each breeding boat is equipped with an equipment cabin, so a large number of bulkheads and platform structures will be set up in the breeding cabin area. There are many equipment and piping systems, the layout is tight and the construction cost is high, and the hull structure is complex and the weight of the hull structure is heavy. [0003] In addition, due to the need to ensure a certain volume of aquaculture water, the molded depth of conventional aquaculture boats is relatively large, and the height of the aquaculture water liquid level in the aquaculture cabin is increased, which greatly increases the local load of the aquaculture boat ...

AI Technical Summary

Problems solved by technology

There are many equipment and piping systems, the layout is tense and the construction cost is high, and the hull structure type is complicated, and the weight of the hull structure is heavy

[0003] In addition, due to the need to ensure a certain volume of aquaculture water, the molded depth of conventional aquaculture boats is relatively large, and the height of the aquaculture water liquid level in the aquaculture cabin is increased, which greatly increases the local load of the aquaculture boat cabin. At the same time, according to the current existing Ship type layout, the water intake device is set on the side of the ship is very prone to breakage, so during the movement of the ship, the movement range of the side is the largest, and the water intake pipe directly draws water from the deep sea area, it is difficult to resist the large movement range, and the water intake zone of the ship come with great difficulty

[0004] Therefore, the current technical solutions for breeding ships have the problems of unreasonable layout of ship type and breeding cabins, and unreasonable layout of water intake pipes

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